changed windows to microsoft windows

Author: thomasWeise

bookbase

@@ -17,7 +17,7 @@
 %
 Here we provide some scripts that are used within this book.
 These scripts are written for the \bash\ shell, which is the default interpreter running in \ubuntu\ \linux\ \pglspl{terminal}.
-Therefore, they will not work under \windows\ or other operating systems.
+Therefore, they will not work under \microsoftWindows\ or other operating systems.
 Now, our book focuses on \python\ programming, so \bash\ shell scripts are not in the center of our attention.
 We here cannot explain how \bash\ scripts work or what their syntax is.
 There exist plenty of books and resources on this interesting topic, such as~\cite{NR2005LTBSUSPCB3,Z2017MB,BN2018BC} or \url{https://www.gnu.org/software/bash/}.

text/back/scripts.tex

@@ -59,7 +59,7 @@
 First, you would click on the little downward facing triangle in the button \menu{Code}.
 This will open a small dialog \menu{Clone} in which you can click on the \menu{Download ZIP} button.
 This, in turn, enters the \pgls{URL}~\expandafter\url{\programmingWithPythonCodeRepo/archive/refs/heads/main.zip} into your browser's download queue.
-A \texttt{zip}~archive is a single file that can contain other files and folders and can be opened by the standard file managers both on \ubuntu\ and \windows.
+A \texttt{zip}~archive is a single file that can contain other files and folders and can be opened by the standard file managers both on \ubuntu\ and \microsoftWindows.
 Once downloaded, the archive contains all the examples that we use in our book.%
 \end{sloppypar}%
 %

text/main/basics/gettingStarted/examples/examples.tex

@@ -100,7 +100,7 @@
 Instead, we will work in the context of \emph{projects}, which can contain many \python\ files, settings, build scripts, and other resources.
 Inside such a project, we would create the \python\ file, write our source code from \cref{lst:very_first_program} into it, and then run it.
 The steps for doing this are illustrated with screenshots in \cref{fig:veryFirstProgramA}, which were taken on my \ubuntu\ machine.
-On \windows, this will look very similar (maybe with the exception of ``\verb=\='' instead of ``\verb=/='' as directory separator characters in paths).
+On \microsoftWindows, this will look very similar (maybe with the exception of ``\verb=\='' instead of ``\verb=/='' as directory separator characters in paths).
 
 Since we started with a completely new \pycharm\ installation in \cref{sec:installingPyCharm}, no project has yet been created.
 So when we open \pycharm, we will arrive at the project creation screen illustrated in \cref{fig:firstProgram01createPycharmProject}.
@@ -114,7 +114,7 @@
 Below the name text box, you can select the destination directory in which the project folder should be created in the \menu{Location:} box.
 You can ignore the text in the screenshot, as this is just the path that I am using on my \ubuntu\ machine.
 Instead, you will choose some suitable directory on your computer.
-(Notice that in \windows, the directory separator character is ``\verb=\='' and not ``\verb=/='' as on my \ubuntu\ \linux.)
+(Notice that in \microsoftWindows, the directory separator character is ``\verb=\='' and not ``\verb=/='' as on my \ubuntu\ \linux.)
 Either way, on my machine, I choose the rather elaborate path \directory{home/tweise/local/programming/python/programmingWithPythonCode}.
 \pycharm\ will create the folder \directory{00\_veryFirstProject} for our new project \emph{inside} this directory.
 But, as said, you will choose some other suitable place on your computer.

text/main/basics/gettingStarted/firstProgram/firstProgram.tex

@@ -22,7 +22,7 @@
 Personally, I strongly recommend using \linux~\cite{T1999TLE,B2022ELATCL,H2022LML} for programming, work, and research.
 If you are a student of computer science or any related field, then it is my personal opinion that you should get familiar with this operating system.
 Maybe you could start with the very easy-to-use \ubuntu\ \linux~\cite{CN2020ULB,H2020ULU2E}.
-Either way, in the following, I will try to provide examples and instructions for both \ubuntu\ and the commercial Microsoft \windows~\cite{B2023W1IO} \pgls{OS}.
+Either way, in the following, I will try to provide examples and instructions for both \ubuntu\ and the commercial \microsoftWindows~\cite{B2023W1IO} \pgls{OS}.
 
 Once the necessary software is installed, we will here also learn how to write and execute our very first small \python\ program in \cref{sec:ourFirstProgram}%.
 This first program will just print \inQuotes{Hello World!} and then exit.

text/main/basics/gettingStarted/gettingStarted.tex

@@ -72,9 +72,9 @@
 A double-click will open \pycharm.%
 \end{sloppypar}%
 %
-In the installation instructions for \windows, now a user agreement~(\cref{fig:installingPyCharmWindows16running}) and data upload statement~(\cref{fig:installingPyCharmWindows17running}) need to be performed.
+In the installation instructions for \microsoftWindows, now a user agreement~(\cref{fig:installingPyCharmWindows16running}) and data upload statement~(\cref{fig:installingPyCharmWindows17running}) need to be performed.
 Since I already had \pycharm\ installed previously and probably already agreed/disagreed to them, respectively, these windows did not open in my current installation and I could not take screenshots of them.
-If they open, then you can probably treat them exactly as suggested in the \windows\ installation instructions \cref{sec:installingPyCharmWindows}.
+If they open, then you can probably treat them exactly as suggested in the \microsoftWindows\ installation instructions \cref{sec:installingPyCharmWindows}.
 Either way, we finally get \pycharm\ up and running and can begin our coding~(\cref{fig:installingPyCharmUbuntu08pycharm}).
 %
 \FloatBarrier%

text/main/basics/gettingStarted/installingPyCharm/installingPyCharmUbuntu/installingPyCharmUbuntu.tex

@@ -19,7 +19,7 @@
 \floatRowSep%
 %
 \subfloat[][%
-Selecting the normal \windows\ installer for the \pycharm\ Community Edition.%
+Selecting the normal \microsoftWindows\ installer for the \pycharm\ Community Edition.%
 \label{fig:installingPyCharmWindows03download}%
 ]{\tightbox{\includegraphics[width=0.47\linewidth]{\currentDir/installingPyCharmWindows03download}}}%
 %
@@ -30,7 +30,7 @@
 \label{fig:installingPyCharmWindows04download}%
 ]{\tightbox{\includegraphics[width=0.47\linewidth]{\currentDir/installingPyCharmWindows04download}}}%
 %
-\caption{The installation steps of \pycharm\ under \windows.}%
+\caption{The installation steps of \pycharm\ under \microsoftWindows.}%
 \label{fig:installingPyCharmWindowsA}%
 %
 \end{figure}%
@@ -106,7 +106,7 @@
 \label{fig:installingPyCharmWindows14installation}%
 ]{\tightbox{\includegraphics[height=4cm]{\currentDir/installingPyCharmWindows14installation}}}%
 %
-\caption{The installation steps of \pycharm\ under \windows~(continued).}%
+\caption{The installation steps of \pycharm\ under \microsoftWindows~(continued).}%
 \label{fig:installingPyCharmWindowsB}%
 %
 \end{figure}%
@@ -145,11 +145,11 @@
 ]{\tightbox{\includegraphics[width=0.4\linewidth]{\currentDir/installingPyCharmWindows18running}}}%
 \floatSep%
 %
-\caption[]{The installation steps of \pycharm\ under \windows~(continued).}%
+\caption[]{The installation steps of \pycharm\ under \microsoftWindows~(continued).}%
 \label{fig:installingPyCharmWindowsC}%
 \end{figure}%
 %
-The process of installing \pycharm\ under \windows\ is illustrated in \cref{fig:installingPyCharmWindowsA}.
+The process of installing \pycharm\ under \microsoftWindows\ is illustrated in \cref{fig:installingPyCharmWindowsA}.
 You first need to download the \pycharm\ Community Edition installation executable from \url{https://www.jetbrains.com/pycharm/download}.
 Make sure to download the Community Edition and nothing else, as shown in \cref{fig:installingPyCharmWindows01download,fig:installingPyCharmWindows02download,fig:installingPyCharmWindows03download}.
 Once the installer is downloaded, you start it and confirm that you wish to install \pycharm, as illustrated in \cref{fig:installingPyCharmWindows05runInstaller,fig:installingPyCharmWindows06runInstaller,fig:installingPyCharmWindows07runInstaller,fig:installingPyCharmWindows08runInstaller}.

text/main/basics/gettingStarted/installingPyCharm/installingPyCharmWindows/installingPyCharmWindows.tex

@@ -2,7 +2,7 @@
 %
 \begin{figure}%
 \centering%
-\subfloat[][Opening the \pgls{terminal} under \windows: \windowsTerminal.]{%
+\subfloat[][Opening the \pgls{terminal} under \microsoftWindows: \windowsTerminal.]{%
 \label{fig:installingPythonWindows01openTerminal}%
 \tightbox{\includegraphics[height=2.8cm]{\currentDir/installingPythonWindows01openTerminal}}%
 }%
@@ -47,14 +47,14 @@
 \tightbox{\includegraphics[height=4cm]{\currentDir/installingPythonWindows07pythonVersion}}%
 }%
 %
-\caption{Cropped screenshots of the installation steps for \python\ on \windows.}%
+\caption{Cropped screenshots of the installation steps for \python\ on \microsoftWindows.}%
 \label{fig:installPythonWindows}%
 \end{figure}%
 %
-Example installation steps for \python\ on \windows\ (version~10) are sketched in \cref{fig:installPythonWindows}.
+Example installation steps for \python\ on \microsoftWindows\ (version~10) are sketched in \cref{fig:installPythonWindows}.
 First, you would open a \pgls{terminal} using and \windowsTerminal, as shown in \cref{fig:installingPythonWindows01openTerminal}.
 If \python\ is installed, then typing \bashil{python3 --version} in the terminal and hitting \keys{\return} would print the version of the \python\ installation.
-If it is not installed, however, then \windows\ will print a message informing you that \python\ is not yet installed and that you can reach the web installer by just typing \bashil{python3} (and hitting \keys{\return}, of course).0
+If it is not installed, however, then \microsoftWindows\ will print a message informing you that \python\ is not yet installed and that you can reach the web installer by just typing \bashil{python3} (and hitting \keys{\return}, of course).0
 We do this in \cref{fig:installingPythonWindows03python}, which leads us to the installation screen (\cref{fig:installingPythonWindows04installGet}), where we need to press the \keys{Get} button.
 This will then download (\cref{fig:installingPythonWindows05downloading}) and install \python.
 When this process is completed, the screen just shows nothing (\cref{fig:installingPythonWindows06finished}).

text/main/basics/gettingStarted/installingPython/installingPythonWindows/installingPythonWindows.tex

@@ -6,7 +6,7 @@
 \centering%
 %
 \subfloat[][%
-Open a \pgls{terminal} (by pressing \ubuntuTerminal\ under \ubuntu\ \linux; under \windows\ \windowsTerminal). %
+Open a \pgls{terminal} (by pressing \ubuntuTerminal\ under \ubuntu\ \linux; under \microsoftWindows\ \windowsTerminal). %
 Change into the directory \inQuotes{directory} where your \python\ file is located, by typing \bashil{cd directory} and hit \keys{\enter}.%
 \label{fig:terminalPython1cd}%
 ]{\includegraphics[width=0.9\linewidth]{\currentDir/terminalPython1cd}}%
@@ -72,7 +72,7 @@
 \centering%
 %
 \subfloat[][%
-Open a \pgls{terminal} (by pressing \ubuntuTerminal\ under \ubuntu\ \linux; under \windows\ \windowsTerminal), enter \bashil{python3}, then hit \keys{\enter}.%
+Open a \pgls{terminal} (by pressing \ubuntuTerminal\ under \ubuntu\ \linux; under \microsoftWindows\ \windowsTerminal), enter \bashil{python3}, then hit \keys{\enter}.%
 \label{fig:terminalConsole1python}%
 ]{\includegraphics[width=0.852\linewidth]{\currentDir/terminalConsole1python}}%
 %
@@ -146,10 +146,10 @@
 \label{sec:terminalPython}%
 In order to directly execute a \python\ program in a \pgls{terminal}, we first need to open one.
 Under \ubuntu\ \linux, we simply press \ubuntuTerminal.
-Under \windows, we have to \windowsTerminal.
+Under \microsoftWindows, we have to \windowsTerminal.
 Once the terminal is open, we need to change into the directory where the program is located.
-Under both \linux\ and \windows, this can be done by typing the command \bashil{cd}, followed by the path to the directory, and hitting \keys{\enter}.\footnote{%
-Under \windows, you may also need to change into the correct drive first.}
+Under both \linux\ and \microsoftWindows, this can be done by typing the command \bashil{cd}, followed by the path to the directory, and hitting \keys{\enter}.\footnote{%
+Under \microsoftWindows, you may also need to change into the correct drive first.}
 We provide a screenshot for that, taken under \ubuntu\ \linux, in \cref{fig:terminalPython1cd}.
 Now we simply call the \python\ interpreter by writing \bashil{python3} followed by the file name of our program, which is \bashil{very_first_program.py} in our case.
 In \cref{fig:terminalPython2python} we do this and hit \keys{\enter}, which causes the \python\ interpreter to execute our program.
@@ -177,7 +177,7 @@
 Let us now open a \python\ console from the \pgls{terminal} instead of using the one in \pycharm.
 We therefore first need to open a normal terminal.
 Under \ubuntu\ \linux, we simply press \ubuntuTerminal.
-Under \windows, we have to \windowsTerminal.
+Under \microsoftWindows, we have to \windowsTerminal.
 Either way, the terminal opens and we can enter \bashil{python3} and press \keys{\enter}, as shown in \cref{fig:terminalConsole1python}.
 Now the \python\ interpreter starts right inside the \pgls{terminal}~(\cref{fig:terminalConsole2pythonRunning}).
 The prompt, i.e., the place where we can write our code, again is preceded by the \bashil{>>>} characters.
@@ -188,7 +188,7 @@
 We type in \pythonil{exit()} and press \keys{\enter}, as shown in \cref{fig:terminalConsole5exit}, which causes the \python\ interpreter to exit.
 We are now back in the basic terminal, as shown in \cref{fig:terminalConsole6left}.
 In these figures, I was using \ubuntu\ \linux.
-On \windows\ or other \linux\ variants, the process would have looked quite similar.%
+On \microsoftWindows\ or other \linux\ variants, the process would have looked quite similar.%
 \endhsection%
 %
 \bestPractice{runningProgram}{The only proper way to run a \python\ application in a productive scenario is in the terminal, as shown in \cref{sec:terminalPython}.}%

text/main/basics/gettingStarted/pythonInTheTerminal/pythonInTheTerminal.tex

@@ -29,7 +29,7 @@
 \end{figure}%
 
 In \cref{fig:pythonIntMathInConsoleArith}, you can find some examples for this.
-Like back in \cref{sec:terminalConsolem}, press \ubuntuTerminal\ under \ubuntu\ \linux\ or \windowsTerminal\ under \windows\ to open a \pgls{terminal}.
+Like back in \cref{sec:terminalConsolem}, press \ubuntuTerminal\ under \ubuntu\ \linux\ or \windowsTerminal\ under \microsoftWindows\ to open a \pgls{terminal}.
 After entering \bashil{python3} and hitting \keys{\enter}, we can begin experimenting with integer maths.
 The lines with \python\ commands in the console begin with \pythonil{>>>}, whereas the result is directly output below them without prefix string.
 

text/main/basics/simpleDataTypesAndOperations/int/int.tex

@@ -364,7 +364,7 @@
 Another situation where escape sequences are nice is when we want to have strings that span over multiple lines\pythonIdx{str!escaping}\pythonIdx{escaping}.
 The newline sequence \inQuotes{\textbackslash{n}}\pythonIdx{\textbackslash{n}} represents a \inQuotes{newline character} which causes the console to skip to the next line.
 \pythonil{print("Hello\\nWorld!")} will first print \textil{Hello}, then end the current line and begin a new line, and then print \textil{World!}.
-Notice that the newline character sequence \inQuotes{\textbackslash{n}} is used in \linux\ and similar systems, whereas \windows\ uses \inQuotes{\textbackslash{r}\textbackslash{n}}\pythonIdx{\textbackslash{r}\textbackslash{n}}.
+Notice that the newline character sequence \inQuotes{\textbackslash{n}} is used in \linux\ and similar systems, whereas \microsoftWindows\ uses \inQuotes{\textbackslash{r}\textbackslash{n}}\pythonIdx{\textbackslash{r}\textbackslash{n}}.
 Under \python, both always work, regardless under which operating system you are working, and you should \emph{always} use \inQuotes{\textbackslash{n}}.
 However, only for the sake of completeness, I include the example \pythonil{print("Hello\\r\\nWorld!")} as well, which produces the same output as \pythonil{print("Hello\\nWorld!")}.
 

text/main/basics/simpleDataTypesAndOperations/str/str.tex

@@ -100,7 +100,7 @@
 
 In \python, which allows for dynamic typing and is an interpreted language, we will use a tool like \mypy~\cite{LLHSVRZSJYYMC2024MOSTFP}.
 You can install this tool by opening a terminal.
-Under \ubuntu, you therefore press \ubuntuTerminal, and under \windows, you \windowsTerminal.
+Under \ubuntu, you therefore press \ubuntuTerminal, and under \microsoftWindows, you \windowsTerminal.
 Then type in \bashil{pip install mypy}\pythonIdx{Mypy}\pythonIdx{pip} and hit \keys{\enter}.
 The \mypy\ tool will be installed as illustrated in \cref{fig:pipInstallMypy}.
 

text/main/basics/variables/typesAndTypeHints/typesAndTypeHints.tex

@@ -57,10 +57,10 @@
 Here, we simply assume that you already have it installed the \git\ \pgls{client} program~\bashil{git}.
 
 In \cref{fig:gitCloneClient}, we illustrate how the \git\ \pgls{client} program is used under \ubuntu\ \linux.
-Under Microsoft \windows, it will work analogously.
+Under \microsoftWindows, it will work analogously.
 First, we need to open a \pgls{terminal} window.
 Under \ubuntu\ \linux, we therefore press \ubuntuTerminal.
-Under \windows, we instead \windowsTerminal.
+Under \microsoftWindows, we instead \windowsTerminal.
 We then enter the directory into which we want to download the repository using~\bashil{cd}.
 Notice that if we download a repository with the name~\textil{abc}, this will create a new directory named~\textil{abc} inside that current working directory.